January 30, 2024 by
It is hard to say exactly what is the most important thing in Digital Control of Power Electronics. There are lots of things to know. Some that are important are And then there are other fundamental software type things But the most fundamental thing to know is how to deal with the non-linearity that digital […]
Read the full articleDecember 9, 2021 by
With inverter grid synchronisation the key problem is that the grid frequency can vary. In fact the frequency of AC systems around the world is different and is constantly changing. Aircraft AC systems run at 400Hz three phase. They do this to make the motors lighter with less iron due to the volt second integral being […]
Read the full articleMay 14, 2021 by
Our webinar series is back! Grab your lunch or a coffee and join us for this free webinar on the basics of digital control of power electronics. From the comfort of your own desk you can join ELMG Digital Power for a free webinar to expand your knowledge and expertise about the advantages that digital […]
Read the full articleOctober 20, 2020 by
ELMG Digital Power Engineers and the Xilinx Alliance Program ELMG Digital Power Engineers and the Xilinx Alliance Program form an ongoing, valuable, and extremely productive partnership. When asked about this ELMG Digital Power CTO, Dr. Laird said “Maintaining ELMG Digital Power’s commitment to providing exceptional service and products is our key uniqueness. To this end […]
Read the full articleJanuary 31, 2020 by
If you have just sat down at your desk with a coffee, then put that aside for a minute and grab your diary. Review your schedule for Tuesday 4th February and consider this stellar opportunity: on that day ELMG Digital Power will be hosting a FREE webinar on Digital Control of Power Electronics using Zynq. […]
Read the full articleAugust 30, 2019 by
Precision Correction in Digital PWM Modulators – Free Webinar Get the best digital PWM modulator performance. Register here Tuesday October 1 at 12 noon PDT (3pm EDT) Register here Digital Modulators have precision limits that arise from the limited timer clock rate of microprocessors and digital signal processors. Possible effects on the control of the […]
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